Referring to the figure, complete the proportion (what is the numerator showing as a question mark): x ? — = —— 8 16 2Answer: Solve for x in problem #1. 3Answer: Referring to the figure, complete the proportion (what is the denominator showing as a question mark): 4 x — = — x ? 4Answer: Solve for x in problem #3. 5Answer: Referring to the figure, complete the proportion (what is the numerator showing as a question mark): ? x — = — x 3 6Answer: Solve for x in problem #5. 7Answer: Referring to the figure, on the right triangle shown, find the unknown side length. (If necessary, round to the nearest tenth.) 8Answer: Referring to the figure, on the right triangle shown, find the unknown side length. (If necessary, round to the neartest tenth.) 9Answer: Referring to the figure, on the right triangle shown, find the unknown side length. (If necessary, round to the neartest tenth.) 10Answer: Classify the triangle formed by the given side lengths: 6, 8, 10 a. right triangle b. acute triangle c. obtuse triangle d. not a triangle 11Answer: Classify the triangle formed by the given side lengths: 3, 4, 6 a. right triangle b. acute triangle c. obtuse triangle d. not a triangle 12Answer: Classify the triangle formed by the given side lengths: 6, 2, 5 a. right triangle b. acute triangle c. obtuse triangle d. not a triangle 13Answer: Classify the triangle formed by the given side lengths: 5.4, 3.8, 6.5 a. right triangle b. acute triangle c. obtuse triangle d. not a triangle 14Answer: Classify the triangle formed by the given side lengths: 1, 2, 3 a. right triangle b. acute triangle c. obtuse triangle d. not a triangle 15Answer: Classify the triangle formed by the given side lengths: 1.6, 3.0, 3.4 a. right triangle b. acute triangle c. obtuse triangle d. not a triangle 16Answer: Referring to the figure, find the value of x. (Hint: Use the Theorems about special right triangles and write the answer in simplest radical form.) 17Answer: Referring to the Fig. in Question #16, find the value of y. (Hint: Use the Theorems about special right triangles and write the answer in simplest radical form.) 18Answer: Referring to the figure, find the value of a. (Hint: Use the Theorems about special right triangles and write the answer in simplest radical form.) 19Answer: Referring to the Fig. in Question #18, find the value of b. (Hint: Use the Theorems about special right triangles and write the answer in simplest radical form.) 20Answer: Referring to the figure, find the value of m. (Hint: Use the Theorems about special right triangles and write the answer in simplest radical form.) 21Answer: Referring to the Fig. in Question #20, find the value of n. (Hint: Use the Theorems about special right triangles and write the answer in simplest radical form.) 22Answer: Referring to the figure, find the sine of angle A. Express the value as a decimal rounded to four places. 23Answer: Referring to the Fig. in Question #22, find the cosine of angle A. Express the value as a decimal rounded to four places. 24Answer: Referring to the Fig. in Question #22, find the tangent of angle A. Express the value as a decimal rounded to four places. 25Answer: Referring to the figure, find the sine of angle A. Express the value as a decimal rounded to four places. 26Answer: Referring to the Fig. in Question #25, find the cosine of angle A. Express the value as a decimal rounded to four places. 27Answer: Referring to the Fig. in Question #25, find the tangent of angle A. Express the value as a decimal rounded to four places. 28Answer: Referring to the figure, find the sine of angle A. Express the value as a decimal rounded to four places. 29Answer: Referring to the Fig. in Question #28, find the cosine of angle A. Express the value as a decimal rounded to four places. 30Answer: Referring to the Fig. in Question #28, find the tangent of angle A. Express the value as a decimal rounded to four places. 31Answer: Referring to the figure, use trigonometric ratios to find the value of x. Round decimals to the nearest tenth. 32Answer: Referring to the figure, use trigonometric ratios to find the value of x. Round decimals to the nearest tenth. 33Answer: The distance of the base of a ladder from the wall it leans against should be at least 1/4 of the ladder's total length. Suppose a 10 foot ladder is placed according to these guidelines. Give the minimum distance of the base of the ladder from the wall. 34Answer: Referring to the ladder in problem 33, how far up the wall will the ladder reach?

I need this completed asap

Task 1Four tangents are drawn from E to two concentric circles. A, B, C, and D are the points of tangency. Name as many pairs of congruent triangles as possible and tell how you can show each pair is congruent.Task 2A gardener wants the three rosebushes in her garden to be watered by a rotating water sprinkler. The gardener draws a diagram of the garden using a grid in which each unit represents 1 ft. The rosebushes are at (1,3), (5,11), and (11,4). She wants to position the sprinkler at a point equidistant from each rosebush. Where should the gardener place the sprinkler? What equation describes the boundary of the circular region that the sprinkler will cover?* I have attached the actual project and rubric containing the details required to receive a passing grade *